Biomega Trichfecta+ Bloom Boost Formula (Part +)

part (+) / bloom boost formula™
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BLOOM BOOST FORMULA™ concentrate can be used as an additive for any nutrient program. For best results, use in conjunction with the complete TRiCHFECTA+® range (Parts A/B/C) to provide a stand-alone Bioponic™ system, one that requires NO additives.

Our BLOOM BOOST FORMULA™ is specifically designed to maximise the flowering phase of plant growth. It promotes heavy stacking by supplying the organic and inorganic components necessary for a generous yield and professional finish. It contains an abundance of metabolites and precursors that complement all nutrient brands to assure optimal flower development and maximal yields.

We begin with Humic & Fulvic acids. Humic acids are organic compounds derived from decomposed plant matter, and they play a vital role in nutrient uptake, and improve soil structure. Fulvic acids are smaller molecular weight compounds that facilitate nutrient absorption and transport within plants. Together, Humic & Fulvic acids contribute to increased nutrient synthesis, improved nutrient availability, and greater root development to support heavy flowering.

We next supply specific enzymes in our BLOOM BOOST FORMULA™. Enzymes are protein molecules that act as catalysts in biochemical reactions and metabolic processes within plants. They also chelate minerals and prevent nutrient lockout while breaking down complex compounds into simpler forms that are easily assimilated by plants. By including enzymes in our formula, we ensure that plants have the necessary tools to efficiently convert nutrients into energy and biomass during the flowering phase.

Kelp is another valuable metabolite present in our BLOOM BOOST FORMULA™. Kelp extracts are derived from seaweed and contain a wide range of beneficial compounds such as cytokinin’s, auxins, and gibberellins. These natural plant hormones help regulate growth, stimulate cell division, and promote flower set and development. Kelp extracts also contain essential micronutrients and trace elements that are necessary for vigorous plant growth. By incorporating kelp into our formula, we provide plants with a natural boost that encourages heavy flowering and overall plant vitality.

We fortify our BLOOM BOOST FORMULA™ with a proprietary complex of trace elements and organic silica. Trace elements are essential micronutrients that plants require in small quantities for many metabolic functions. They play crucial roles in enzyme activation, photosynthesis, and hormone synthesis, all of which are critical for optimal flower development. 

Organic silica strengthens cell walls throughout, from vascular systems to support structures, and enhances resistance to pests and disease. 

Our BLOOM BOOST FORMULA™ delivers a result greater than its component parts and besides the benefits already listed, this formulation is engineered to deliver more – more weight, more terpenes, more flavour, and more resins.

Terpenes, which are responsible for the aromatic profiles and flavours of plants, are directly targeted by the metabolites in our BLOOM BOOST FORMULA™. The auxins abundant in our formula stimulate the biosynthesis of terpenes, leading to a more diverse and pronounced aroma in your flowers.

Heavy resin production is the finishing touch to a great grow. Resins contain many compounds besides cannabinoids and terpenes that contribute to the unique characteristics and effects of each strain. Polyphenols and flavonoids and a host of other compounds contribute to the quality of your harvest and these compounds flourish on our BLOOM BOOST FORMULA™. Our complete organic enzymes profile boosts metabolic processes involved in resin synthesis, supporting the conversion of precursor compounds into resinous substances. Plentiful cytokinin’s and gibberellins act as signalling molecules and trigger your plants' natural defence mechanisms which result in increased resin production as a protective response.

Additionally, the complex of rare trace minerals in our BLOOM BOOST FORMULA™ plays a vital role in enzymatic reactions and metabolic pathways involved in resin biosynthesis. By providing the necessary micronutrients in balanced quantities, our formula ensures that your plants have optimal resources for resin production.

Importantly, our BLOOM BOOST FORMULA™ does not introduce any synthetic compounds that could alter the genetically determined growth patterns and taste of your plants. Instead, it harnesses your plants' natural abilities and nourishes these pathways and reactions for superior resin and terpene production. This approach ensures that the resulting flavours and aromas are true representations of your plant's genetics, preserving the natural taste determined by its unique genetic makeup.

In summary, our BLOOM BOOST FORMULA™ stimulates resin and terpene production through the synergistic action of various metabolites. It promotes the biosynthesis of resinous substances, enhances terpene production, and supports heavy yields while respecting and preserving the natural genetically determined taste of the plants.

Of course, we haven't neglected the basics. Boosted PK (Phosphorus and Potassium) levels in our BLOOM BOOST FORMULA™ provide your plants with the essential macronutrients they need to achieve large and abundant yields.
Phosphorus (P) and Potassium (K) are two primary macronutrients that play essential roles in plant growth and development, particularly during the flowering phase. 

Phosphorus is essential for energy transfer and storage, root development, and the synthesis of nucleic acids and proteins. Potassium is involved in numerous physiological processes, including enzyme activation, osmoregulation, and nutrient transport. The high concentration of Phosphorus and Potassium in our formula deliver several benefits that contribute to larger yields:

Flowering Stimulus: Higher PK levels provide a strong stimulus for flowering and reproductive development in plants. Phosphorus is known to promote flower initiation and bud formation, while Potassium supports overall plant health and vigour during the flowering phase. This stimulus encourages the plants to allocate more energy and resources towards flower production, ultimately leading to increased yield potential.